Core Expertise
Technical depth and practical experience inform every engagement from initial assessment to long-term implementation support.
Feasibility Studies
Rigorous technical and economic feasibility assessments for bioresource treatment, biogas, and recovery projects, giving you the evidence to move forward with confidence.
Process Modeling (ADM1)
Advanced anaerobic digestion modeling using ADM1 simulating and optimizing biological treatment processes for biogas yield, stability, and performance.
Resource Recovery & Biogas Upgrading
Closing the carbon cycle, recovering nitrogen and phosphorus, and upgrading biogas into biomethane and food-grade CO₂. Turning every bioresource stream into a marketable product.
Why Work With Bio-Resources Consulting?
We combine scientific rigor with real-world practicality to deliver solutions that actually work.
Deep Technical Expertise
Grounded in science and real-world engineering application across wastewater and biowaste systems.
Actionable Recommendations
No jargon. Clear, practical guidance that your team can implement and sustain.
Committed to Sustainability
Every solution is designed with long-term environmental and economic impact in mind.
From first question to working solution
A clear four-step process, so you always know where your project stands and what comes next.
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Assess
We start with your challenge, your data and your constraints: current performance, regulations, budget and what success looks like.
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Model
Mass and energy balances and, where it adds value, ADM1 process modelling let us test options before any capital is committed.
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Recommend
You receive a clear, vendor-neutral recommendation with the technical and economic trade-offs, costs and risks, written for decision-makers.
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Support
We stay involved through design, tendering and start-up, and help optimise performance, so the plan works in practice.
Rethinking sewage sludge treatment in Zuid-Holland
Sludge is one of the largest costs in the urban water chain: nearly all of it is incinerated, and wet sludge is expensive to move. This MIT feasibility study explores a new digestion concept that aims to produce more biogas while keeping the sludge easy to dewater.
Read the case study